Ultrasound imaging is a handy tool for doctors. It's cheap and gives real-time, clear pictures. But there's a catch. The deeper it goes, the weaker the signal gets. This makes it hard to see things clearly. To fix this, scientists use something called Golay-coded excitation. It sends out longer puls
Ultrasound technology has been a game-changer in the medical field. It is safe and does not require surgery. It has been used to treat long-term illnesses. But did you know that it can also affect fat cells? Researchers looked into how low-intensity pulsed ultrasounds impact fat cells and tissue. Th
Designing digital health tools that actually work and are easy to use is no easy task. It is tough to make something that people will use and find helpful. The person-based approach is one way to tackle this. It focuses on getting feedback from the people who will use the tool. But it doesn't sp
Ultrasound technology is a powerful tool for mapping out where fat is stored in the body. It's a big deal in the world of body composition. It's important to know where fat is stored because it can affect health risks. For example, fat around the belly is different from fat on the hips. The former i
Designing proteins that are both stable and effective can be a real challenge for scientists. But what if AI could step in and simplify this task? Introducing PRIME, an AI model that harnesses temperature to predict optimal protein modifications. During testing with a variety of proteins, PRIME out
